M328624 八、新型說明： 【新型所屬之技術領域】 本創作係相關於一種影像處理裝置，尤指一種用於場發射平 •面顯示器的影像處理裝置。 【先前技術】 以往的顯示器皆是採用橫向置放，即是寬度較寬而長度較小 Φ 的方式置放。但是，目前越來越多的顯示器採用直向置放，將顯 示器直向置放的好處是可以呈現較長的影像，而不會因為高度不 夠而成影像被切割，例如利用直向置放的顯示器可以完整的呈 現人體全身的影像，而以往橫向置放的顯示器卻只能呈現人體的 上半身影像，所以直向置放的顯示器已經被越來越多的社會大眾 所採用。 、請參閱第1圖以及第2圖，第丨圖所示為橫向放置之顯示器 進行衫像掃描之不賴。第2圖所示為直向放置之顯示器進行影 制帚描之*賴。如果職示封橫向置放改縣直向置放時， 如第j圖所㈣直立影像藉由直向置放嶋示器所呈現出來的影 像會變成如第2 _示為旋轉9()度的影像，於此種狀況下必需將 料進行座標轉換處理，才能將如第2圖所示旋轉90度的影 像調整回直立影像，並加以播放。 通常會透過影像處理裝 •般的影像播衫統放影像時， 〇119-A22405TWF(N2);Princeton9643 5 M328624 ;*子於同步動恶隨機存取記憶體(Synchronous DynamicM328624 VIII. New Description: [New Technology Field] This creation is related to an image processing device, especially an image processing device for field emission flat-panel displays. [Prior Art] Conventional displays have been placed in a lateral manner, that is, a wide width and a small length Φ. However, more and more monitors are currently placed in a straight position. The advantage of placing the display straight is that it can display a long image without being cut by the height, for example, using a straight placement. The display can completely display the whole body image, while the display placed horizontally in the past can only display the upper body image of the human body, so the display placed directly to the front has been adopted by more and more people. Please refer to Figure 1 and Figure 2. The figure below shows the horizontally placed display for the shirt image scanning. Figure 2 shows the shadow of the directly placed display. If the job is placed horizontally and placed in the direction of the county, as shown in Figure j (4), the image of the upright image displayed by the straight placement indicator will become as shown in the second _ as a rotation of 9 () degrees In this case, the material must be coordinate-converted to adjust the image rotated 90 degrees as shown in Figure 2 back to the upright image and played back.通常119-A22405TWF(N2);Princeton9643 5 M328624;*Synchronous Dynamic Random Access Memory (Synchronous Dynamic) is usually used when image processing is used to image images.
Memory Access，SDRAM)的影像晝面依序進行處理後，再 ==完的影像晝面儲存回同步動誠機存取記憶體。影像處理 讀處理的方式就如同第1圖所示，由影像晝面之第— 歹==朝向箭頭之方式一列-列依序進行處理，直至最後- 後端皮處理完畢後，再將處理完賴4存人記憶體，進行 義的輪出歧，最後透過_器加_放。 理減錢_直向纽_示科，影像處 態 不同行的資料處理速戶^ 行(R0W)的資料處理較快，而對 圖所示之箭頭方向），即是上憶體縱向的連續存取(如第2 需花費較長_錢理f彡像=__行處理’所以必 題，此種現象對於目前講求t ΓΓ，而造成影像播放不流暢的問 要。 力扣處的消費需求，係有其改善的必 因此，確實有必要提出—办 統，能有_減少影像處理影像處縣置以及影像播放系 、，間，以提升影像處理的效率。 【新型内容】 因此，本創作的目的之一 於提供一種影像處理裝置以及影 0119-A22405TWF(N2);Princeton9643 6 M328624 像播放系統，可以節省影像處理所 面臨的問題。 需的咖，萌料知技術所 本創作之實施例係揭露—姆像處縣置，人 她、—處理模組以及。儲存;；=有一儲存 貝料進行一座標轉換處理，產生 處理資料，趣-步將該處: 痛接於韻編且，用以根據—預定方式對該影像 以產生-影像訊號。：规亥處理貧料進行輸出處理 保存棋組、一處理模組、一 組。轉換池舞-輯.=== 接於該轉換，職儲_ 讀。齡杈組耦 料: 產生-處理龍，錢—讀域換處理， 出模組_於該儲存模組，用餘存於該儲存模組。輪 資料，並對該處理資料進行輪出^以模組之該處理 1 且输該細㈣餐峨等4職。顯示模 實施方式】 之影像處理裝置 請參閱第3圖，第3圖所示為本創作所提出 0119~A22405TWF(N2)；Princeton9643 7 M328624 =意圖。如第3圖所示，本創作係揭露一種影像處理裝置％， 二包含有-儲存模組32、-處理模組34以及—輸出模㈣ 魏㈣用以儲存-影像資料Dimg。處理模組34 _於儲存模 • =2’用以根據-預定方式對該影像資料D臟進行一座標轉換處 ’以產生一處理資料DpR〇，並進一步將該處理資料〜儲存於 ，儲存模組32。輪出模組36稱接於儲存模組32，用以讀取儲存 於储存模組32内之處理資料DpR〇，並對該處理資料％進行輸 出處理以產生一影像訊號SIMG。 請參閱第3 ®以及第4圖，第4 _示為本創作所提出之影 像處理裝置進行座標轉換處理之示意圖。如第4圖所示，處理模 :34係將該影像資料Di·分成複數個子資料集、， 牛例朗，本實施例中處理模組34係將影像資料齡成 個子貝料集’其代表影像資料DIMG包含有Μ列個子資料集，而每 i子資鄕又分魏含有X個子資觸。其中第—列子資料集 :糸為D_至D_x，第二列子資料集為‘助至，而； 列子貧料集為Dl_至D_x。於—實施例中，處理模組％ 另包钟-儲存單元342，處理模組34將影職料D_分成複數 固子貧料集D臟n〜DlMGMX後，儲存單元342會依序自儲存模缸 32讀取該複數個子資料集D则〜並加以儲存，處理模組 34再將儲存於儲存單元342内之該複數個子資料集Dimgu〜 D_x所包含之細_箱找式料撕細理， 以產生於該處理資料DpR〇。舉例說明，當處理模組％將影像資料 〇119~A22405TWF(N2)；Princeton9643 8 M328624After the image of the Memory Access (SDRAM) is processed in sequence, the image of the == finished image is stored back to the synchronous machine access memory. The image processing read processing is as shown in Fig. 1, and the processing is performed by the first column of the image surface - 歹 == toward the arrow, until the final - the back end processing is completed, and then the processing is completed. Lai 4 saves people's memory, carries out the ambiguity of the righteousness, and finally adds _ through the _. Reduce money _ straight to New Zealand _ Shike, the image processing of different rows of data processing fast households (R0W) data processing faster, and the direction of the arrow shown in the figure), that is, the vertical direction of the upper memory Access (such as the second takes a long time _ Qian Li f 彡 = _ _ line processing ' so the problem, this phenomenon for the current t-ΓΓ, and the video playback is not smooth. Demand, there must be improvement, it is necessary to propose - to do, to reduce the image processing image at the county and video playback system, to improve the efficiency of image processing. [New content] Therefore, this One of the purposes of the creation is to provide an image processing device and a shadow 0119-A22405TWF (N2); Princeton 9643 6 M328624 image playback system, which can save the problems faced by image processing. The department reveals that the village is located in the county, the person and her, the processing module and the storage;; = there is a storage of shell material for a standard conversion process, generating processing information, interesting - step to the place: pain in the rhyme and For basis - predetermined method The image is generated by a video signal. The output processing process saves the chess group, a processing module, and a group. The conversion pool dance-series.=== is connected to the conversion, the job storage _ reading.杈 group coupling: production-processing dragon, money-reading domain processing, output module _ in the storage module, using the remaining storage data in the storage module, and rotating the processing data The processing of the group 1 and the transfer of the fine (four) restaurant and other four positions. Display mode implementation] Image processing device, please refer to Figure 3, Figure 3 shows the creation of 0119~A22405TWF (N2); Princeton 9643 7 M328624=Intention. As shown in FIG. 3, the present disclosure discloses an image processing apparatus%, which includes a storage module 32, a processing module 34, and an output module (4) Wei (4) for storing image data Dimg. The processing module 34_ is in the storage mode•=2' for performing a label conversion on the image data D according to the predetermined manner to generate a processing data DpR〇, and further storing the processing data in the storage mode. Group 32. The wheel-out module 36 is connected to the storage module 32 for reading and storing The processing data DpR〇 in the storage module 32 is processed and outputted to generate an image signal SIMG. Please refer to the third and fourth figures, and the fourth image shows the image processing device proposed by the present invention. A schematic diagram of the coordinate conversion process is performed. As shown in FIG. 4, the processing mode: 34 is to divide the image data Di· into a plurality of sub-data sets, and the processing module 34 in the present embodiment ages the image data. The sub-bee set 'the representative image data DIMG contains a sub-data set, and each sub-individual is divided into two sub-touches. The first-column data set: 糸 is D_ to D_x, the second column The data set is 'helped'; and the column lean set is Dl_ to D_x. In the embodiment, the processing module % additionally includes a clock-storage unit 342, and the processing module 34 divides the shadow material D_ into a plurality of solid lean materials D dirty n~DlMGMX, and the storage unit 342 stores the storage unit 342 in sequence. The mold cylinder 32 reads the plurality of sub-data sets D and stores them, and the processing module 34 further tears the fine_box search materials contained in the plurality of sub-data sets Dimgu~D_x stored in the storage unit 342. To generate the processed data DpR〇. For example, when the processing module % will image data 〇119~A22405TWF(N2);Princeton9643 8 M328624
DiMG分成複數個子資Μ隹η ^ 貝了十木Amg11〜dimgmx後，儲存單元342合 自儲存模組32讀取第―列之第—個子购d_並加以贿， 然祕理歡34騎其所包含之簡進行該座標轉換處理，接著 •儲存單兀342會再自儲存模組32讀取第一列之第二個子資料集 ,D觸2並加以儲存’然後處理模組％再對其所包含之資料進行該 座標轉滅理。處戦組34魏據此種方式—讀—個子資料集 ，行座標轉換處理直至全部的子資料集d_〜Dw所包含: φ胃料皆完成座標轉換處理後，產生於該處理資料DPR0。其中，複 數個子貝㈣DIMG11〜DIMGMX中每—個子資料集各自又包含有N 州固資料，而該預定方式雜每—個子賴抑㈣〜^嫩之 -^ - ?.J f * DIM〇n^DIMGIX f N ^ m DIMGM1^DIMGMX ^ 序進行該座標轉換處理。 舉例說明，如第4圖所示，影像資料dimg中之一第一列子資 料集DIMG„〜DIMGIX所包含之第一個子資料集DiMGn，其又包含有 _ N列個資料DI_1〜Dimgiin’處理模組34係依序對該第一列之第 • 一個子資料集D麵所包含的第一列資料Dimgih進行_標轉換 處理接著將其所包含之弟二列資料DIMGm進行處理，直至其包 含之第N列資料DIMGnN完成座標轉換處理後，再進行影像資料 Dimg中之第一列子資料集DIMGn〜D!MG]x所包含之第二個子資料 集！^^】2的座標轉換處理，直至影像資料dimg中之第一列子資料 集DIMG11〜DiMGIX所包含之第X個子資料集Dmgix完成座標轉換 處理後，再進行影像資料dimg中之第二列子資料集Di_〜Dim⑽ 〇119~A22405TWF(N2)；Princeton9643 9 M328624 所包含之第i個子資料#D_座標轉換處理，依據上述的處理 順序，可以將影像畫面DIMG所包含的每―個子資料集〇1軸〜 D_x進健標轉換纽，產生處理魏，再進-步將所有 的處理資料Dpro儲存於儲存模組32内。 _ 於一實施例中，儲存模組32係為-同步動態隨機存取記憶體 (Synchronous Dynamic Rand〇m Memory Access，SDRAM)。而儲存 鲁單元342則為一靜態隨機存取記憶體(StaticRand〇m Access Memory, SRAM) ° 請參閱第5圖，第5圖所示為本創作所提出之影像播放系統 之示意圖。如第5圖所示，本創作之另揭露一種影像播放系統％， 其包含有-轉換模組52…儲械組54、—處理模組％、一輪出 模組58以及一顯示模組60。轉換模組52用以將—影像晝面f 轉換為一影像資料DIMG，其中轉換模組52係對該影像晝面Fimg •進行—連續掃_r〇gressive)處理，以產生該影像資料〇廳。= 模組54耦接於轉換模組52，用以儲存該影像資料Di^g，其中該+ 儲存模組54係為一同步動態隨機存取記憶體(咖咖咖仍DiMG is divided into a plurality of sub-sufficiency ^ ^ 了 十 十 十 A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A The included simple conversion process is performed, and then the storage unit 342 reads the second sub-data set of the first column from the storage module 32, D touches 2 and stores it, and then processes the module % and then The information contained is used to carry out the coordinate conversion. According to this method, the group 34 is read--a sub-data set, and the coordinate conversion process is performed until all the sub-data sets d_~Dw contain: φ stomach material is completed after the coordinate conversion processing, and is generated in the processing data DPR0. Among them, a plurality of sub-shells (four) DIMG11 ~ DIMGMX each of the sub-data sets each contain N state solid data, and the predetermined method is mixed - each sub-reliance (four) ~ ^ tender -^ - ?.J f * DIM〇n^ DIMGIX f N ^ m DIMGM1^DIMGMX ^ This coordinate conversion process is performed. For example, as shown in FIG. 4, one of the first sub-data sets DIMG„~DIMGIX included in the image data dimg is included in the first sub-data set DiMGn, which further includes _N columns of data DI_1~Dimgiin' processing. The module 34 sequentially performs the _ standard conversion processing on the first column data Dimgih included in the D side of the first sub-data set of the first column, and then processes the digamma data DIMGm included therein until it contains After the coordinate conversion processing of the Nth column data DIMGnN is completed, the coordinate conversion processing of the second sub-data set !^^] 2 included in the first column data set DIMGn~D!MG]x of the image data Dimg is performed until The first column of the image data dimg, DIMG11~DiMGIX, the Xth data set Dmgix completes the coordinate conversion process, and then the second column data set of the image data dimg Di_~Dim(10) 〇119~A22405TWF(N2) ;Princeton 9643 9 M328624 contains the i-th sub-data #D_ coordinate conversion processing, according to the above processing sequence, each of the sub-data sets included in the image screen DIMG can be converted into a fitness index from the first axis to the D_x. Processing Wei, and then step-by-step storing all the processing data Dpro in the storage module 32. _ In one embodiment, the storage module 32 is a synchronous dynamic random access memory (Synchronous Dynamic Rand〇m Memory Access) , SDRAM), and the storage unit 342 is a static random access memory (SRAM) ° See Figure 5, Figure 5 is a schematic diagram of the image playback system proposed by the present invention. As shown in FIG. 5, another aspect of the present disclosure discloses a video playback system including a conversion module 52, a storage group 54, a processing module %, a round module 58 and a display module 60. The conversion module 52 is configured to convert the image plane f into an image data DIMG, wherein the conversion module 52 performs processing on the image surface to perform the image processing to generate the image data. The module 54 is coupled to the conversion module 52 for storing the image data Di^g, wherein the + storage module 54 is a synchronous dynamic random access memory (the coffee and coffee still
Dynamic Random Memory Access，SDRAMh 處理模組 56 耦接於 儲存模組54，用以根據-魷方式對影像資料Dmg進行一座標轉 換處理，產生-處理資料Dpro，並進一步將該處理資料〇觸;存 於該儲存模組54。輸出模組58耦接於儲存模組54，用以=取储子 存於該儲存模組54之該處理資料DpR〇，並對該處理資料進 〇119-A22405TWF(N2)；Princeton9643 10 M328624 行輸=舰產生-影像訊號、。⑼ 組兄，用以賊像崎s_。於—實 =2= FED) 〇 ㈣示模組60係為-場發射平面顯示器_ 处理拉組56絲將影像_1分賴數個子:#料隼，並 依序=減個子#觸所包含之資料進行該座標觀處理。而 =個子麵中每-個增輪含有n卿料，該預 疋方式係將母一個子資料隼t^ 、 行該座標轉換處理。使用者可舺媸 運 — &㈣#了根據不_儲械組樣式，將 貧料分為複數個不同資料量的子資料隼 , M Tt木，以使儲存模組達到最佳 的效率。 +此外’處理模組56包含有-儲存單元562，用以依序自該儲 存模組54讀取該複數個子資料集並加以儲存，而該處理模組允 係根據該預定方式依序將儲存於儲存單元562内之該複數個子資 料集所包含之資料進行1¾座標轉換處理，以產生於該處理資料 DpR〇 °其中該儲存單元係為—靜騎機存取記㈣(StaticRandomThe Dynamic Random Memory Access, SDRAMh processing module 56 is coupled to the storage module 54 for performing a standard conversion process on the image data Dmg according to the -鱿 method, generating and processing the data Dpro, and further touching the processing data; In the storage module 54. The output module 58 is coupled to the storage module 54 for taking the storage data DpR〇 stored in the storage module 54 and inputting the processing data into the 119-A22405TWF (N2); Princeton 9643 10 M328624 line = Ship generated - video signal, . (9) Group brother, used as a thief like s_.于—实=2= FED) 〇(4) shows that the module 60 is a field emission flat panel display _ processing pull group 56 wire to divide the image_1 by a number of sub-items: #料隼, and in order = minus a sub-touch The data is processed for the target. And each of the increments of the sub-surface contains the n-material, which is to convert the parent's sub-data 隼t^ and perform the coordinate conversion processing. The user can transfer - & (4) # according to the non-mechanical group style, the poor material is divided into a plurality of sub-data 不同, M Tt wood, in order to achieve the best efficiency of the storage module. In addition, the processing module 56 includes a storage unit 562 for sequentially reading and storing the plurality of sub-data sets from the storage module 54, and the processing module allows the storage according to the predetermined manner. The data contained in the plurality of sub-data sets in the storage unit 562 is subjected to a 13⁄4 coordinate conversion process to be generated in the processing data DpR〇°, wherein the storage unit is a static riding machine access record (4) (StaticRandom)
Access Memory，SRAM)。 於本創作的各個實施例中，影像處理裝置以及影像播放系統 係依據儲存模組的最佳減理效能，將f彡像麵分紐數個子資 料集，再依序將每個子資料集進行座摞轉換處理，以完成影像資 0119-A22405TWF(N2);Princeton9643 η M328624 料的座標轉換，如此可以有效的減少影像處理的時間，進而提升 影像處理的效率。 以上所述僅為本創作之較佳實施例，凡依本創作申請專利範 *圍所做之均等變化與修飾，皆應屬本創作之涵蓋範圍。 0119-A22405TWF(N2)；Princeton9643 12 M328624 【圖式簡單說明】 第1圖所示為橫向放置 第2圖所；*士人 進订影像掃描，-立 Μ圖所不為直向放置之顯示器進=之不意圖。 弟3圖所示為本創作所提出 ρ之示意圖。 第4圖所示為本創作所提出之;=理裝置之示意圖。 理之示意圖。 〜处理裝置進行座標轉換處Access Memory, SRAM). In various embodiments of the present invention, the image processing apparatus and the video playback system divide the image area into a plurality of sub-data sets according to the optimal degrading performance of the storage module, and then sequentially set each sub-data set.摞 Conversion processing to complete the coordinate conversion of the image material 0119-A22405TWF (N2); Princeton 9643 η M328624 material, which can effectively reduce the image processing time, thereby improving the efficiency of image processing. The above is only the preferred embodiment of the present invention, and all the equivalent changes and modifications made by the patent application scope of this creation should belong to the scope of this creation. 0119-A22405TWF(N2);Princeton9643 12 M328624 [Simple description of the diagram] Figure 1 shows the horizontal placement of the 2nd image; *Shiren's order image scanning, the vertical map is not placed directly into the display = not intended. Figure 3 shows the schematic diagram of ρ proposed by the author. Figure 4 shows the schematic diagram of the device; Schematic diagram of rationality. ~ Processing device for coordinate conversion
第5圖所示為本創作所提出 【主要元件符號說明】 之影像播放系統之示意圖Figure 5 is a schematic diagram of the video playback system of the main component symbol description.
30 32、54 34、56 36 > 58 342 > 562 50 52 6030 32, 54 34, 56 36 > 58 342 > 562 50 52 60
Fimg Dimg Dpr〇 SlMG Dimg l 广 'Djmgmx DiMGiir 、dimg11n 影像處理裝置 儲存模組 處理模組 輪出模組 儲存單元 影像播放系統 轉換模組 顯示模組 影像晝面 影像資料 處理資料 影像訊號 子資料集 資料 〇119-A22405TWF(N2)；Princeton9643 13Fimg Dimg Dpr〇SlMG Dimg l Wide 'Djmgmx DiMGiir, dimg11n Image Processing Device Storage Module Processing Module Wheeling Module Storage Unit Image Playback System Conversion Module Display Module Image Facet Image Data Processing Data Image Signal Subdata Set Data 〇119-A22405TWF(N2);Princeton9643 13